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The report examines the class approach for PFAS as it applies to the textile sector, which covers a wide variety of consumer products and connects two important issues covered in the SAICM context. The textile sector is an appropriate choice given the environmental significance of the sector and the scope of PFAS used within it. Both the quantity of PFAS in use and the variety of uses make this sector a priority for action. Furthermore, the nature of the sector—with

The Global Chemicals Outlook II – From Legacies to Innovative Solutions: Implementing the 2030 Agenda for Sustainable Development, mandated by the UN Environment Assembly in 2016, seeks to alert policymakers and other stakeholders to the critical role of the sound management of chemicals and waste in sustainable development. It takes stock of global trends as well as progress made and gaps in achieving the global goal to minimize the adverse impacts from chemicals and waste by 2020.Part I of the

As there is an increase in communication of concrete recommendations for better solutions and alternatives to build a better economy that protects nature, there is an increased need to back these recommendations with facts and figures about how they contribute to reduce our impact on the planet.In this sense, the life cycle team has pulled together a very simple 2-page guidance on elements to consider when backing up your recommendations with strong life-cycle based science. The 2-pager also provides links

Chemicals of concern (CoCs) contained in everyday products can have harmful impacts on human health and the environment. While chemical-related impacts can often occur during a product’s use or end-of-life, decisions influencing product ingredients are taken further upstream of the value chain. Action to address CoCs in products thus need to consider the entire value chain and impactful interventions need to be made at upstream stages to protect human health and the environment from chemical pollution. UNEP is working on

The development of plastic products does not systematically take sustainability, particularly from a chemicals perspective, into account. This report seeks to enable the creation of inherently sustainable plastic products by integrating sustainable chemistry thinking in the design process. By applying a chemicals lens during the plastic material selection process, designers and engineers can make informed decisions to incorporate sustainable plastic during the conceptualisation phase of their products. The report provides an integrated approach to sustainable plastic selection from a chemicals